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Cleveland Clinic and IBM team up to make Watson a Doctor (video)
Medical research facility Cleveland Clinic and IBM are teaming up to develop ways to let supercomputer Watson become a useful tool for doctors. The machine's ability to analyze language and scour its database for answers is hoped to offer quicker and more exhaustive diagnoses for patients. As modern medical students spend less time memorizing diseases, they're focusing on learning how to think critically and navigate the huge amount of available data. Big Blue is also hoping that the Jeopardy champion will learn how to digest a person's medical records in order to match up their history with maladies. We're just nervous that someone will give Watson a telepresence robot and send him out onto the wards -- you'd be worried about his bedside manner if you've seen his ruthless quizzing manner.
AT&T outs U-verse Easy Remote app for iOS, uses voice and gestures to take control
Not that much time has passed since AT&T announced it was bringing Zuckerberg's social network right to your U-verse-equipped TV, and now those with an iOS device are in for yet another treat. The Rethink Possible company just outed its new Easy Remote application for Apple's mobile operating system, with the main feature being a Watson-powered one that lets U-verse users control their system via voice -- you know, things like picking a show to watch or even flipping through channels. That's not it, however, the app also brings other tidbits such as one-touch access to closed captioning and gesture-based commands. Unfortunately, AT&T's Easy Remote app is only available for iOS at the moment, though we can't imagine it'll be too long before the carrier launches one for folks on a different ecosystem. Either way, you can get a quick glimpse of the application right after the break, where a pretty edifying video awaits.
IBM debuts new mainframe computer as it eyes a more mobile Watson
Those looking for a juxtaposition of IBM's past and future needn't look much further than two bits of news out of the company this week. The first comes with IBM's announcement of its new zEnterprise EC12 25 mainframe server -- a class of computer that may be a thing of the past in some places, but which still serves a fairly broad range of companies. In addition to an appearance that lives up to the "mainframe" moniker, this one promises 25 percent more performance per core than its predecessor and 50 percent more capacity. The second bit of news involves Watson, the company's AI effort that rose to fame on Jeopardy! and has since gone on to find a number of new roles. As Bloomberg reports, one of its next steps may be to take on Siri in the smartphone space. While there's no indication of a broader consumer product, IBM sees a range of possible applications for a mobile Watson in business and enterprise -- even, for instance, giving farmers the ability to ask when they should plant their crops. Before that happens, though, IBM says it needs to give Watson more "senses" in order to respond to real-world input like image recognition -- not to mention learn all it can about any given subject.
AT&T officially releases Watson speech API, gives devs a bit of babel fish for their apps
Ma Bell's been hard at work on its Watson speech recognition system for years, and 2012 has seen the tech show up in an automobile and a real-time translator app. Months after announcing it would grant Watson's skills to the developer masses, AT&T has made good on its promise and officially released its Speech API. In case you forgot, AT&T's Nuance competitor's been tailored for different use cases -- including voice web search, voicemail-to-text and talk-to-text -- so that it can offer contextually accurate results in any app. If you're among the coders itchin' to test out Watson's capabilities, head on past the break for a promotional video, then click the source below to sign up for access.
AT&T to release Watson voice recognition APIs
AT&T will be releasing developer application-programmer interfaces (APIs) for its Watson speech engine this June, according to a write-up over at the Verge. Developers will be able to add voice recognition features to their applications by integrating AT&T programming calls. The APIs will support web and business search, SMS and dictation, among other options. Meant for deployment to mobile devices and smart TVs, Watson promises to provide region-sensitive accent-aware transcription of speech-to-text, including ways to expand vocabulary for specific technical needs such as medical transcription. To date, Apple has not offered a third party API for its Siri voice recognition features. A video detailing Watson features follows below.
QNX's Watson-connected Porsche 911, hands-on (video)
Remember that QNX-loaded Porsche 911 we sat down with (in?) at CES? Well, it's back and it learned a few new tricks en route to New Amsterdam York City. The car-friendly software company got its hooks into AT&T's Watson Speech API and used it to power a new voice-command system for it's own take on the "virtual assistant." Using the new speech recognition tool and Ma Bell's LTE network QNX was able to pull up websites, find a Starbucks (though, in New York City you'd have to be blind to not find one) and place calls. All in all, the demo wasn't too different from what we saw in Vegas in January -- in fact, we wouldn't be surprised to find out that Porsche was also utilizing Watson, long before it was announced. For a familiar, but still interesting demo, check out the video after the break.
AT&T Translator app hands-on: smashing the language barrier (video)
Translation apps aren't exactly the newest or sexiest thing in the world of technology, but we've got to hand it to AT&T for whipping up a rather impressive demo. The company showed off a next-gen version of its AT&T Translator app, which may one day allow people to communicate in real time regardless of their spoken language. The app uses the carrier's new Watson Speech API, in this case via a VoIP call on a pair of iPads, to not only transcribe dialog, but translate it from English to Spanish (and vice-versa), then play it back in the target tongue using a computer generated voice. This isn't like the Google Translate app on your phone -- the translation happens in near real time, with only a slight latency as your words are fed through the system. The demo wasn't without its hitches (the room was noisy and filled with bloggers totting wireless devices), but it went more or less as planned, and our gracious hosts were able to complete a call requesting a taxi cab. One day AT&T hopes to make this a standard feature of its services, eliminating the language barrier once and for all. To see the app in action check out the video after the break.
AT&T opens Watson API up to developers
Admit it, you don't have nearly enough opportunities to talk back to your phone. AT&T is giving you more. The company today announced that it will be offering its Watson real-time speech-to-text software to developers as APIs aimed at a number of different application types -- things like web search, question and answer apps and anything that uses AT&T's U-Verse TV services. A number of additional varieties are also in the works, including gaming and social media. Check out a cheery informational video after the break.
Watson lends a helping hand to cancer research, partners with Memorial Sloan-Kettering
Supercomputers at the forefront of medical practice? The notion is by no means a stretch of the imagination. Yet, research of this kind mostly goes unnoticed -- that is, unless the computational wizardry handholding these advancements belongs to Jeopardy!'s AI king. That's right, Watson, IBM's bold-face named powerhouse of silicon wizardry, will be made available as a development tool for oncologists at Memorial Sloan-Kettering to deliver "individualized cancer diagnostic and treatment recommendations" derived from the center's case note database. Drawing upon that raw processing power, field practitioners will purportedly have access to a wealth of the latest therapeutic advances which would, normally, take too long to spread outside of specialized facilities. The agreement is not the first of its kind, as this time last year IBM had announced a similar partnership with Columbia University, although no further news has come from that union. MSKCC, for its part, does have concrete plans to move its small pilot program forward, with a target launch set for later this year and plans to expand the project's reach by end of 2013. Jump past the break for the official presser.
Cha-ching! IBM's Watson heads to Citigroup to meddle in human finances
Watson's been a busy supercomputer since it took a couple of humans to school on Jeopardy last year -- what with its stint at Columbia and a recent foray into hunting patent trolls -- and now it's taking on the financial industry. IBM and Citigroup recently announced plans to explore how America's favorite supercomputer fits into the realm of digital banking. Under the agreement, Citi will examine Watson's ability to "help analyze customer needs and process vast amounts of up-to-the-minute financial, economic, product and client data," in the hopes of providing rapid, personalized banking solutions. According to Bloomberg, Watson's financial assistance will be provided as a "cloud-based service" and will earn IBM a portion of the revenue and savings it helps generate. The full press release (which makes no mention of a vacation for the overworked machine) can be found after the break.
AT&T's Watson coming to cars: won't mind if you ask it if you're there yet
AT&T aren't holding back on the news here at CES, today it's announced that it's leaping into bed with Panasonic and QNX to bring it's Watson speech-recognition technology to cars. Any cloud-connected car (it's happening, folks) that'll include the tech will respond to your voice commands to control your GPS or change channel when Rebecca Black starts playing on the radio. Initial testing of the tech is happening right now in Peachtree City, Georgia -- with Ma Bell providing the network and the others supplying the hardware. There's not too much more detail than that, but we can expect to see more of this in the coming months -- and we've got PR for you after the break.
Watson now hunting down patent trolls, plans Ken Jennings' elaborate demise
The Watson supercomputer used its speech recognition, natural language processing, machine learning and data mining abilities to crush puny human Ken Jennings' dreams of winning at "Jeopardy!", but now Big Blue has it chasing down medical patent trolls for fun. Incorporating the Strategic IP Insight Platform, IBM has now programmed Watson to scan millions of pharmaceutical patents and biomedical journals to discover, analyze, and record any info pertaining to drug discovery. SIIP can then look for the names of chemical compounds, related diagrams, the company and scientist who invented and works with the compounds and related words to determine a patent's rightful owner. The SIIP function can also highlight which patents could be targeted for acquisition by trolls looking to control a property via a lawsuit or licensing agreement. Click past the break for a video outlining the project, along with Watson's announcement of its engagement to "Skynet".
IBM's Watson takes Harvard, MIT business students to school, drops the mic
There was a massacre in Boston the other night, and Watson had blood all over his hands. The IBM supercomputer and undisputed Jeopardy champ made a virtual appearance in Beantown this week, ostensibly as part of a symposium on the ways in which advanced analytics could reshape business. In reality, though, he only showed up to remind everyone that he's really smart. During the event, Watson squared off in a Jeopardy scrimmage against two groups of students from some of the most prestigious business schools in the world -- Harvard Business School, and MIT's Sloan School of Management. The brainiac b-schoolers (including two former Jeopardy contestants) did remarkably well for the first two rounds; Harvard managed to get within $1,800 of the machine going into Final Jeopardy, and even held the lead at one point, following a gutsy Daily Double (MIT didn't fare so well, but hey, we're all human, right?). The wheels came off, however, once the battle entered Act III, when Watson pulled away for the win. Both the computer and Team Harvard answered the final question correctly, but Watson wisely bet just enough to keep the Ivy Leaguers at bay. When the smoke cleared, Watson was left standing with $53,601, Harvard finished with $42,399 and MIT came in a distant third, with $100. Adding insult to injury is the fact that Watson wasn't even in the same building as his muggle competitors -- nor, for that matter, was he in the same state. IBM kept all of the machine's processors and memory chips at its Research Center in Yorktown Heights, New York. Watson had already come up with answers to the questions prior to this week's showdown, but placed wages, chose categories and buzzed in responses in real-time. According to IBM, Watson's presence wouldn't have changed the outcome of the game, which was followed by a discussion on the effects that similar technologies could have on the financial world. The most immediate impact? Bruised egos. Re-live the event at IBM's liveblog below, or find more information in the PR after the break.
'Monster Cat' 30,472-core supercomputer can be yours for $1,279 an hour
Nicknamed after the magical "Nekomata" cat of Japanese nightmares, Cycle Computing's monstrous new supercomputer can now be yours to rent for the low price of $1,279 an hour. By fusing together the face-melting power of 3,809 eight-core Amazon AWS Elastic Computer 2s, the company was able to create the world's 30th fastest computer with 30,472 processor cores and 27TB of memory -- primarily used for complex modeling rather than Facebooking. Components of the beast hide out in three of Amazon's EC2 data center lairs located in California, Virginia and Ireland, and communicate using HTTPS and SSH encrypted with AES-256 to keep its secrets safe and secure. Compared to the company's previous 10,000-core offering ($1,060 / hour), the new version is far more powerful and minimally more expensive, mostly because it uses spot instances (where customers bid on unused EC2 capacity) rather than pricier reserved instances. Good on you Cycle Computing, not everyone has access to a Jeopardy champ.
IBM's Watson set to tackle health insurance, takes 'Diagnosis for $1,000'
After tackling your tech support woes, the famed Watson is moving on to mop up the health insurance industry. That's right, the IBM showstopper we all know and love for trouncing trivia kings on Jeopardy has been hired by one of the largest health insurance company's in the US. WellPoint Inc. will make use of the system's breakneck speed and healthcare database alongside patient records -- allowing the supercomputer to guide treatment options and prescribe medicines. Once implemented, data will be combined from three sources in a matter of seconds: a patient's chart / records from a doctor, the insurance company's patient history and the medical knowledge that Watson already possesses. A pilot program will roll out next year to a number of cancer facilities, academic medical centers and oncology practices. No word yet on when The Watson School of Medicine will start accepting applications.
IBM's cognitive computing chip functions like a human brain, heralds our demise (video)
After having created a supercomputer capable of hanging with Jeopardy's finest, IBM has now taken another step toward human-like artificial intelligence, with an experimental chip designed to function like a real brain. Developed as part of a DARPA project called SyNAPSE (Systems of Neuromorphic Adaptive Plastic Scalable Electronics), IBM's so-called "neurosynaptic computing chip" features a silicon core capable of digitally replicating the brain's neurons, synapses and axons. To achieve this, researchers took a dramatic departure from the conventional von Neumann computer architecture, which links internal memory and a processor with a single data channel. This structure allows for data to be transmitted at high, but limited rates, and isn't especially power efficient -- especially for more sophisticated, scaled-up systems. Instead, IBM integrated memory directly within its processors, wedding hardware with software in a design that more closely resembles the brain's cognitive structure. This severely limits data transfer speeds, but allows the system to execute multiple processes in parallel (much like humans do), while minimizing power usage. IBM's two prototypes have already demonstrated the ability to navigate, recognize patterns and classify objects, though the long-term goal is to create a smaller, low-power chip that can analyze more complex data and, yes, learn. Scurry past the break for some videos from IBM's researchers, along with the full press release.
Calling for tech support? IBM's Watson might be on the other end
Watson may have Jeopardy! and the medical realm under lock, but retail / service industries? Not yet, but soon. Very soon. According to a new piece in Hemispheres Magazine, IBM's now looking to shop the supercomputer's world-class vocal recognition technologies to outfits in retail and customer service, with those enterprises in particular drooling at the thought of having a sophisticated machine recognizing human speech. In theory, at least, basic questions could potentially be answered entirely by Watson, but that's honestly not a future we're too fond of. There's also the possibility of using analytical data that Watson collects in order to better position deals, service and other tech support centers based on what kinds of requests come in the most. So, eager to speak with a kindhearted, potentially confused robot? Or will that flustered, potentially sympathetic Earthling still suffice?
IBM puts Watson's brains in Nintendo Wii U
Nintendo's new console, the Wii U, was finally unveiled to the world today at E3 2011, and we got a glimpse of its graphical prowess at the company's keynote. Details were scarce about the IBM silicon Nintendo's new HD powerhouse was packing, but we did some digging to get a little more info. IBM tells us that within the Wii U there's a 45nm custom chip with "a lot" of embedded DRAM (shown above). It's a silicon on insulator design and packs the same processor technology found in Watson, the supercomputer that bested a couple of meatbags on Jeopardy awhile back. Unfortunately, IBM wouldn't give us the chip's clock speeds, but if it's good enough to smoke Ken Jennings on national TV, we imagine it'll do alright against its competition from Sony and Microsoft. [Thanks, Sonny]
IBM touts new Power7 systems, still no mass market Watson
IBM's latest announcement probably won't get us any closer to securing our very own in-house version of Watson, but the firm is boasting a new line of Power7 products that includes an upgraded version of the supercomputer's server. First up are the BladeCenter PS703 and PS704, sporting 16 cores and 32 cores, respectively -- the PS704 touts a 60 percent increase in speed over its predecessors. The Power 750, the same system that gave Watson the stuff to slaughter those humans on Jeopardy!, is getting an upgrade that supports as many as 32 cores and can run up to 128 simultaneous threads, while the Power 755 offers up high-performance computing with 32 cores of its own. The cheapest version of the Power 750 Express rings in at about $30,000. So, no, we won't be battling Watson in a Jeopardy! Home Edition showdown anytime soon, but we're happy to see that our favorite supercomputer could be even smarter -- or at the very least, faster -- the next time it shows up on the boob tube. Full PR after the break.
Columbia doctors turn to IBM's Watson for patient diagnosis, clairvoyance
Who says Watson's only good for laying the smack down on former Jeopardy champions? In what can only be described as the natural progression of things, Herbert Chase -- professor of clinical medicine in Columbia's Department of Biomedical Informatics -- is working with IBM in order to retrofit the supercomputer to "help doctors diagnose and treat patients." According to Chase, this level of robot practice has been impossible for the past score or so, and if the experiment works, Watson could serve to provide physicians "immediate, accurate answers to unusual, head-scratching questions that come up in their daily practice and do so based not only on the latest published research, but also the blogosphere." In other words, Watson could rapidly collect and analyze up-to-date published data from a near limitless amount of online sources, and then use that knowledge to recommend suggestions that a seasoned M.D. may never consider. Furthermore, Chase sees tremendous potential for Watson in the realm of personalized medicine; considering that two patients with the same diagnosis won't necessarily react to treatments the same way, Watson could come up with alternatives on the fly. There's no clear indication of when the testing will wrap up, but see how far you get next time you're in the emergency room by inquiring about Dr. Watson's availability.
